3/8" Drive 6-Point Metric 16 mm Universal Socket - J.H. Williams

Specifications

• Manufacturer: J.H. Williams
• Model Number: JHW36816
• Drive Size: 3/8 inch
• Socket Type: Universal (Swivel Joint)
• Point Configuration: 6-Point
• Measurement System: Metric
• Socket Size: 16 mm
• Weight: 0.26 lbs

Key Features

• Universal Joint Design: The integrated universal joint allows the socket to pivot, providing flexible access to fasteners at various angles.
• 6-Point Geometry: This design securely grips the flats of the fastener, reducing the risk of rounding corners and ensuring efficient torque transfer.
• 16 mm Metric Size: Precisely engineered for a secure fit on 16 mm metric hex fasteners.
• 3/8-inch Drive: Compatible with standard 3/8-inch drive ratchets, extensions, and other accessories.
• Durable Construction: Manufactured by J.H. Williams, known for producing robust and long-lasting hand tools.

Applications

The 3/8" Drive 6-Point Metric 16 mm Universal Socket is ideal for a range of tasks requiring angled access:

• Automotive repair and maintenance, particularly for engine bays, chassis components, and interior work.
• Industrial machinery assembly and service where fasteners are often in confined or obstructed locations.
• HVAC and plumbing installations that involve reaching bolts at challenging angles.
• General mechanical and fabrication projects where standard sockets cannot achieve a direct line of approach.

Benefits

• Enhanced Access: Easily reach and turn fasteners located in tight spaces or around obstructions, eliminating the need for awkward maneuvers or multiple tool setups.
• Prevents Fastener Damage: The precise 6-point engagement minimizes slippage and rounding of bolt or nut heads, extending fastener lifespan.
• Boosts Productivity: Streamlines work by providing a versatile solution for hard-to-reach fasteners, saving time and effort on demanding projects.
• Reliable Performance: J.H. Williams engineering ensures this universal socket delivers consistent, dependable performance under demanding conditions.